The waste paper recycling industry is one of the primary applications for Nick servo-hydraulic balers. 

With the booming e-commerce industry, the use of paper packaging materials has surged, 

making efficient waste paper processing equipment a key requirement for recycling companies. 

NickBaler servo-hydraulic balers excel in this field with their superior processing capacity and significant energy savings.

During the waste paper baling process, equipment must handle a variety of paper products, 

including corrugated cardboard (OCC), newsprint (ONP), and mixed waste paper. 

Different types of waste paper have different compression characteristics. 

NickBaler servo-hydraulic balers can set optimal compression parameters for each material through programmable pressure control. 

For example, corrugated cardboard requires a higher initial pressure to break down the cardboard structure, 

while newsprint requires a slower compression speed to prevent lateral overflow.

Large-scale waste paper recycling centers typically handle large volumes of material, 

requiring long periods of continuous equipment operation and significant energy consumption. 

The energy-saving features of NickBaler servo-hydraulic balers offer significant advantages in this regard. 

Real-world examples show that a traditional 55kW hydraulic baler's monthly electricity bill is approximately 20,000-30,000 RMB, 

while a servo model of comparable capacity can reduce this to between 10,000 and 15,000 RMB, 

saving over 100,000 RMB annually and significantly shortening the payback period.

High-density bale output is another key advantage. The precise compression process controlled by the servo system ensures more complete compaction of paper fibers, 

achieving bale densities exceeding 800 kg/m³. High-density bales not only look neater, 

making them easier to stack and transport, but also command better prices at the point of sale. 

Transportation cost estimates indicate that a 20% increase in density translates to a 20% reduction in volume for the same weight, 

allowing more cargo to be loaded per truck, directly reducing unit transportation costs.

Furthermore, Nick servo hydraulic balers offer lower noise levels and a cleaner operating environment for waste paper processing. 

Traditional hydraulic balers typically generate noise exceeding 80 decibels during operation, while servo models, 

by eliminating the need for continuous high-speed motor operation, can reduce noise by 10-15 decibels, 

improving the working environment. At the same time, the precise hydraulic system effectively reduces the risk of oil leakage, 

keeps the workshop floor clean, and improves operational safety.